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LIST OF THE EXPERIMENTS 1) Verify the output voltage for two input voltages of adder and subtraction circuits using op-amp IC 741 and design a Adder for V 0 =V A -5V B -2V C 2) Verify the operation of comparator in inverting & Non-inverting modes with +ve and –ve reference Voltages with IC 741 3) Observe the operation of first order Low Pass Filter for cut off frequency 1 kHz (C=0.01µf) & Plot their Frequency response. 4) Observe the operation of first order High Pass Filter for cut off frequency 1 kHz (C=0.01µf) & Plot their Frequency response. 5) Verify the characteristics of function generator & Plot the waveforms and Design a Mixed adder for V 0 =V 1 +2V 2 -V 3 -5V 4 6) Design an Astable 555 Timer circuit to produce a 1.5KHz square wave with a duty cycle of 61% select C=0.1µf. 7) Design a Monostable Multivibrator to produce an output Pulse 1.1msec wide(C=0.01µf). 8) Verify 4-bit DAC theoretically and practically by using Binary Weighted Resistor Method and find the Resolution for VFS of 12V. 9) Verify 4-bit DAC theoretically and practically by using R-2R Ladder Network Method and find the Resolution for VFS of 15V. 10) Verify the truth table of DFF IC 7474? Write the software program using VHDL Code. 11) Verify the output of 3-8 decoder IC 74138? Write the software program using VHDL Code. 12) Verify the operation of Decade Counter IC 7490? Write the software program using VHDL Code. 13) Verify the output of 4-bit Comparator IC 7485? Write the software program using VHDL Code. 14) Verify the output of 8 to 1 MUX & 1 to 8 DEMUX? Write the software program using VHDL Code.

Transcript of ic

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LIST OF THE EXPERIMENTS

1) Verify the output voltage for two input voltages of adder and subtraction circuits using op-amp

IC 741 and design a Adder for V0 =VA-5VB-2VC

2) Verify the operation of comparator in inverting & Non-inverting modes with +ve and –ve

reference Voltages with IC 741

3) Observe the operation of first order Low Pass Filter for cut off frequency 1 kHz (C=0.01µf) & Plot

their Frequency response.

4) Observe the operation of first order High Pass Filter for cut off frequency 1 kHz (C=0.01µf) & Plot

their Frequency response.

5) Verify the characteristics of function generator & Plot the waveforms and Design a Mixed adder

for V0=V1+2V2-V3-5V4

6) Design an Astable 555 Timer circuit to produce a 1.5KHz square wave with a duty cycle of 61%

select C=0.1µf.

7) Design a Monostable Multivibrator to produce an output Pulse 1.1msec wide(C=0.01µf).

8) Verify 4-bit DAC theoretically and practically by using Binary Weighted Resistor Method and find

the Resolution for VFS of 12V.

9) Verify 4-bit DAC theoretically and practically by using R-2R Ladder Network Method and find the

Resolution for VFS of 15V.

10) Verify the truth table of DFF IC 7474? Write the software program using VHDL Code.

11) Verify the output of 3-8 decoder IC 74138? Write the software program using VHDL Code.

12) Verify the operation of Decade Counter IC 7490? Write the software program using VHDL Code.

13) Verify the output of 4-bit Comparator IC 7485? Write the software program using VHDL Code.

14) Verify the output of 8 to 1 MUX & 1 to 8 DEMUX? Write the software program using VHDL Code.

15) Verify the functioning of the DFF using VHDL Simulator? And draw the IC 7474.

16) Verify the functioning of the Decade Counter using VHDL Simulator? And draw the IC 7490. &

Design MOD -5 counter using 7490.

17) Verify the functioning of the Shift Register using VHDL Simulator? And Design MOD-5 & MOD-7

counter using IC 7490.

18) Verify the functioning of the 3-8 Decoder using VHDL Simulator? And draw the IC 74138.

19) Verify the functioning of the 4-bit Comparator using VHDL Simulator? And draw the IC 7485.

20) Verify the functioning of the 8 to 1 MUX using VHDL Simulator? And draw the MUX & DEMUX IC

diagram.

21) Verify the functioning of the RAM using VHDL Simulator? And Design the FULL ADDER using 8*1

MUX.

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